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/ . / Shape / shapecmd.py
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Functions
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hk_icosahedral_geometry
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hk_icosahedral_geometry (
radius,
hk,
sphere_factor=None,
orientation=None,
)
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shape_command
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shape_command ( cmdname, args )
Command to create standard geometric shapes as surfaces primarily for
masking volume data. Syntax: shape cylinder|icosahedron|sphere
[radius ]
[divisions ]
[height ]
[color ]
[mesh true|false]
[sphereFactor ]
[orientation ]
[lattice ]
where orientation applies only to icosahedron and can be one of
222, 2n5, n25, 2n3 or any of those with r appended. The lattice parameter
is two non-negative integers separated by a comma and controls the
layout of hexagons for an icosahedron.
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make_shape
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make_shape (
shapeName,
radius=None,
height=None,
divisions=None,
color=None,
mesh=None,
linewidth=None,
sphereFactor=None,
orientation=None,
lattice=None,
)
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Exceptions
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MidasError, ('Unknown shape "%s", use %s' %(shapeName, ', '.join( shape_names ) ) )
MidasError, '%s must be positive, got "%s"' %(name, str( val ) )
MidasError, 'Invalid lattice "%s", must be two integers separated by a comma' % str( lattice )
MidasError, ('Unknown orientation "%s", use %s' %(orientation, ', '.join( csnames ) ) )
MidasError, '%s must be number, got "%s"' %(name, str( val ) )
MidasError, 'Unknown color "%s"' % str( val )
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cylinder_geometry
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cylinder_geometry (
radius,
height,
divisions,
)
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icosahedral_geometry
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icosahedral_geometry (
radius,
divisions,
sphere_factor=None,
orientation=None,
)
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abbreviation_table
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abbreviation_table ( names )
Return table mapping unique abbreviations for names to the full name.
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